White, Black and Gray Holes

In space, there are energy fields known as black [Negatively charged], White [Positively charged], and Gray [ neutral charged] Holes. Of course it is evident the largest of all black holes is here. The Earth; as well as the entire "Milky Way" galaxy, is located within the interior equator [Accretion Disc]. The black hole extends far beyond the measurement capabilities of humans.It contains the entire groups of star clusters. Beyond that is an extremely bright white area similar to a white hole. Many species of humanoids exist there; but, that is insignificant. The main issue is to deal with THIS hole group. Many star clusters have entered into these black hole areas. Of those are the clusters of the southern hemisphere; as well as those of the northern hemisphere. Those are beyond the equatorial "Milky Way" groups. This is the Basic data regarding the multifarious hole groups No technical data will be written due to boredom. Writing these data sheets is similar to a nuclear physicist teaching 1st grade math to students. Most of this data will allow verifications by research; so, it will satisfy the most inquisitive researchers. These are the Basic characteristics of the "Holes": * The holes are energy fields that are condensed plasma energy. The energy is so condensed it will not allow neutralization by extrinsical energy. * The energy attempts to neutralize; but, is so tiny, it cannot contain the massive quantities of extrinsical energy required to neutralize it. As an example, normal energy is similar to a magnet with iron filings surrounding it. A black hole is similar o an electromagnet with tightly fitted iron filings to attempt o neutralize in a small area. The intense magnetism attracts; and contains a large area of filings. The filings cling in thick clusters. What is neutralized of the black holes forms the centric space; or "equator" that clings onto solid particles. * The hole strip energy from surrounding stars so quickly, the stars are deenergized and pulled into a collision course with the hole. The stars are quickly pulled; then, released. That causes the stars to be propelled towards the hole. The attraction is not continual. * Some energy is released at times. The energy is of a frequency that is not compatible with the hole. The frequencies are non magnetic. Some quasi atomic frequencies are high frequency vibrations caused by the initial collisions of solid matter. * By utilizing ultranarrow band I.R. analyses, the flux is easily viewed. * to ind a black hole, a camera scans an area and magnifies the area to view star clusters surrounding the hole. The clusters seem to remain in an "Orbit"; but, move in a circular pattern. * Each hole is differential due to elemental composition, energy intensities, and polarities. NOTE: I must be noticed that most stars are in the apparent size range of millions of light years size. By viewing "space", it is noted that large planets of the solar system cannot be viewed without a telescope; but, stars that are billions of light years away are viewed without a telescope. * giant suns are hidden that illuminate the stars in some cases. There is no apparent sun by simple viewing; but, stars are all illuminated. * A very fatal situation of unstable star clusters is present. The cluster known as the "Great Wall" contains a very strong black hole. If the clusters collapse into the black hole, the entire quadrant of the galaxies will be terminated. * "Wormholes" are tunnels of energy that are remaining parts of diverted energy. The residual energy will redirect stars into black, gray, or white holes. Sometimes, the "tunnel has drifted to allow entry into a separated section of a galaxy. * The holes are similar to a perpetual implosion. After the energy of the nucleus star penetrates the interior of the star, the star explodes; then, magnetically attracts its own energy back; resulting in an implosion. After implosion, the nearby stars are propelled towards the star that exploded. The resulting energy field becomes extremely condensed plasma flux field structure. The plasma is extremely cold [usually below 10 to the negative 98th power exponent fahrenheit temperature range]. * When a giant implosion occurs, new structures are created by the means of "atomic chemical syntheses". The plasma and high frequency energy condense. The condensation results in resistivity to movement and extreme lowering of the frequency.This results a polarized synthetic process of electromagnetic solidification of energy that results in the creation of molecules, atomic particles, photonic particles, and chemicals; including life forms. BLACK HOLE BASIC DATA: A black hole is actually a white hole; but the blue negatively polarized outer sheathe energy is observed more than the inner positive white energy plasma. [1] The largest black hole that is observable is the southern hemisphere. It extends as far as can be viewed in all directions. Andromeda and other stars, nebulae, and clusters are attracted to it. When Andromeda accelerates, it will be very little time before the first set of explosions occurs; out of 3 sets. That will be the first time 3 explosions occured with a black hole neutralization. NOTE:Black, white and gray holes are similar to suns. They all emit radiation. the only difference is black, white and gray holes are not arced due to dual polarity radiation. They are singularic in radioactive polarity. The Earth is located in the equator of the southern region black hole. In the southern galactic hemisphere, only a few star clusters are observed on the other side of the black hole. The entire visible galaxy is attracted to it. [2] A Black hole covers the south and north regions of the galaxy. The northern regions have stars and clusters placed beyond the black hole. If magnified, it is possible to easily observe an intense white light beyond the extremely dark blue sky. The sky appears black due to its density. [3] Black holes are neutralized in 2 ways: [1] A bright white beam of positively charged plasma at the poles surrounded by a negatively charged plasma. These plasmaic beams are not compatible; in frequency, to admixturate. [2] A combined charged positive/ negative plasma at the equator. [4] The extreme cold plasma is caused by lack of energy; within the plasma, to be stable. Any object that has negatively polarized energy of any type, is stripped of its energy. the energy is transferred to the inner core to attempt to neutralize the inner plasma.The positive energy tends to accrue towards the outer negatively charged sheathe. Both energies aggregate at the equator after admixturation/ neutralization. [5] Burst energy from the plasmated energy beams is caused by infiltration of the negatively charged energy admixturating with some of the positively charged energy. NOTE: It is extremely important to notice that energy stripped from stars that are stripped of energy are transferred into the plasma. Surrounding energy fields; and flux fields of the stars; including magnetodynamic ionic atmospheric shield plasma is replaced by surrounding flux fields. The plasma was utilized to contain the atmoshpere. NOTE: MOST stars experience similar events to Earth. In the case of Earth, pollution contributes to the deterioration of the atmospheric gases. If the ozone converts into oxygen, it replaces the oxygen that is depleted within the atmosphere. This allows a weakening of the ionic plasma [Ionosphere]. After a short period of time, the hydogenions [hydrogen ions] surrounding the earth will enter the atmosphere. If that occurs, the hydrogenions convert into hydrogen that is concentrated.hen touching any flame or spark, the hydrogen will ignite and cause the remaining surrounding hydrogenions to enter the atmosphere, ignite; and, disintegrate the Earth. Photonic physics: In space, photons tend to disperse rapidly. When shining an intense light upwards from the Earth, the light appears to travel for extreme distances. In fact, it disperses long before entering the ionosphere. When light energies become concentrated, the plasmate. They no longer disperse; but travel a few light years before stopping due to lack of energy to travel further. The light becomes similar; in characteristics, to a LASER beam. This event is usually caused by an internal or external oppositely charged energy field that concentrates; and plasmates around or within the energy beam. That occurs only in high energy flux field areas. Noe that photonic particles are NOT photons. Photons are arc beams caused by oppositely charged subatomic particles within a photonic particle, that arc together similarly to a welding process on metals. Plasma Physics: Plasma within the beams; and energy fields of black holes are created by intensely collimating energy fields surrounding the plasma beam. These are known as "Wormholes". "Wormholes" are sometimes a concentrated spiral; or "tube", of energy that is plasmaic. It is not easily observed by viewing without special instrumentation. The "wormhole" contain light energies; and, direct them n the line of direction. When plasmated, light energy is converted into an lower frequency light plasma.Many forms of light energy are known.Plasmation is created by concentration of an energy by a reversely charged energy that is incompatible with admixturation. Electromagnetic Physics: Th electromagnetic spectrums are variable; usually from an extremely low frequency [a single waveform may a light year or more in length] to an extremely high [a single waveform may be greater than a million exponent high frequency] waveform. When extremely intense low frequency waveforms contain a high frequency waveform, the high frequency waveform is stripped of energy; and becomes incapable of movement through the plasma fields of "space". This causes a collimated beam of high intensity photonic plasmaic beam of neutralized states. Acoustical Physics; When large areas; such as light years in size, explode, they cause a repercussive acoustical wave that is deteriorating to an orbital stabilization of a star or clusters of stars. An extremely large explosion of that magnitude emits an extremely low frequency waveform; as well a an extremely high pitched ringing that is within the gamma and other radioactive frequency ranges. It is for that reason the explosion seems to emit intense radiation. Th collision of extremely large quantities of stars results in acoustic "pinging" that is similar to a pistol firing. Electrochemical Physics: When star clusters collide, the collision is not a simple one. Elements such as uranium 12, potassium 39, and others are disintegrated into ions; then, further disintegrated into unstable radioactive ionic emissions that are similar to gamma and other waveform radiations. This is similar to an extremely powerfull Cyclotron disintegrating subatomic particles. The resulting resyntheses of chemical compounds; as well as elements, s extremely well predictable. When converting cobalt to gold; for example, the cobalt is disintegrated to subatomic particles; then reconstructed into atomic particles; and finally, a new crystalline structure of gold. This is an atomic synthetic chemistry process. Th surrounding area must be properly polarized to allow the proper polarization of the subatomic particles for the synthetic process. Foe example, cobalt chloride may be synthesized; by electromagnetic chemistry, easily. The cobalt is disintegrated into ionic cobalt; as well as the chlorine. When an anode and cathode are inserted, an electromagnetic energy is injected to create the bonds for the syntheses. The bond energies combine the chlorine with the cobalt. NOTE: In almost ALL cases, elements do not combine. They simply attach to each other with electromagnetic bonds; or break down in size to combine. An example is salt and water. Due to electromagnetic potential of the hydrogenion [hydrogen ions] and oxygenion [oxygen ion], the sodium ions; combined with the chloride ions, reduce; in size, the crystalline structure. When adding large salt crystal to water, the salt reduces to tiny particles that are easily observed with a microscope. In an extremely intense explosion; such as experienced in black hole formations, Extreme pressures, temperatures, and other factors contribute to the disintegration; and a stabilized reintegration of subatomic energies. Subatomic particles are reconstructed; and plasmated to create subatomic particles, molecules, elements, and compounds. Energies are usually converted into extremely high; and low, frequency levels. When restructuralizing, new elements and compounds are formed accordingly to the new polarizationic states; and energy levels. It must be noted that an extensive quantity of energy was lost during this process. Electronic Plasma Physics: The variable galaxies are isolated from each other by a plasma shell. The Earth; as an example, is isolated from "Space" by an ionosphere and other shell energy. The "Solaric system" is also isolated from the remainder of the galaxies by a plasmaic shell. When an extremely intense explosion occurs due destabilization of stellaric bond flux frequency shells; or "Wormholes" [similar to molecularic bonds in chemical compounds], the exuded energies from the percussion of the explosion extends into an isolated area. If that occurs, the energies surround stars that do not accelerate sufficiently for avoidance of concatenation with the energies; and is pulled quickly towards the interior of energetical source. When that process causes the star[s] to enter the extrinsical area, destabilization of both areas occurs; which results in the neutralization of both areas. This event results in an extremely explosive restrucuralization of both areas from the transadmixturation. Ionization Physics: When stellaric structures are clustered, the field fluxes created isolate the galaxy from other galaxies. ANY object that penetrates into another galaxy affects both of the galaxies by transmaladmixturation. Most stars are radioactive by composition; or by, creation of intensely radioactive ions similar to lightning bolts. This radiation may be utilized observe the specific composition of black holes and stars similarly to an x-ray spectrometer. The radiation that is detected is utilized for chemical composition analyses; as well as electronic stabilization of stellaric elements. In many cases, frequencies are hyperaccelerated to create radiation that is of an atomic nature. The illuminating star or sun also creates an extremely intense radiation within space. The stars are illuminated similarly to the moon being illuminated by the solaric system sun. Some cold suns; such as Gamma induced illuminated stars, are the etiological source of the stellaric illuminance. In some cases. the atmosphere of the star is ionichemiluminescence; or, luminescent by ionic flourescing of chemical structures within the atmosphere. Ionization of atomic structures, by intense radiation, results in a supercritical malstabilized atomic state. When irradiated by extreme intensities of ionic radiation, atomic structures disintegrate; and reintegrate, accordingly to polarizational stabilization states. This is an atomic syntheses created by ionic cathodic and anodic processing. The cathodic and anodic syntheses is similar to electromagnetic chemical syntheses the utilizes an electromagnetic beam anode and cathode for bond creation of molecularic structualization of compounds. Escape Routes: There are only 27 available escape routes out of this black hole area. After a short while, only 9 will be remaining. After the first event, 3 "Wormholes" colinearly will be available to exit this hole. It is very simple to exit; but, the destination must be correct to avoid maladmixturations with extrinsical locales. Atomic Fluorescence Physics: The size of the stars determine the fluorescence levels; and intensities, of their fluorescence. Stars generally function as suns that are cold. Most stars are; at the least, 1 light diameter to provide sufficient resistivity to limit light emissions to within its atmosphere. The atomic fluorescence is created by hyperenergized iolite or cordierite minerals; which is located in many planets also. It is safe or most life forms. The intense atomic radiation of the extrinsical space plasma is the source of energy that is contained in the iolite or cordierite. The iolite or cordierite unctions as an atomic capacitor for illuminescent emission functionality. In most cases suns are not necessary though they are present for I.R. emission. NOTE: It is necessary to realize the Earth Space atmosphere contains radioactive hydrogen ions that are residual from th sun. The stellaric radiation is dissimilar from hydrogions. Polarizational Photonic Energy Extraction: Extraction of photonic energy by the holes causes light photons to be reduced; or nullified. The photonic frequencies are present; but, are not luminescent due to lack of energy. Stellaric inversion: Many newer back holes are not actual black holes. The suns and stars are trapped within a black hole electromagnetically negatively charged flux field. The black hole attempts to neutralize its predominantly negatively charged flux field with the sun or stellaric positive frequency energies. When trapped, the star or sun becomes inverse; or, turned "inside out". This causes the radioactive iolite or cordierite; or other capacitor, to be exposed in the interior. Sometimes the radiation arcs along the equator. THis occurs within a sun that is inverse. The reddish matter is a "Lava" of the surface of the sun. The "Lava"; or surface of suns , is extremely heat resistant. The illuminating substance within the inverse star or sun is its fluorescence media. Analyses 1: Filtration and Isolation of Photonic Emssions: This process involves the analyses of photons; as well as the isolation of individual photonic emissions by separating the colour spectrum of photonic emissions. This is used with processing similar to a spectrometer that analyzes colour for analyses of chemical content. Fluorescence spectrometry also is utilized to determine chemical and mineral content. Reverberation Acoustical Physics: The reverberation of high to low frequencies indicates the spectrum of a neutralized stellar emission. This assists in the determination of characteristics, chemical content, and other data relating to the stellaric matter; including environmental radiation. NOTE: Most observations and analytical data is incorrect due to ionospherical and oscillatoric deviations of frequencies. Most stars contain iolite, cordierite and silicon which may oscillate frequencies; and, result in deviant analytical data. Other materials perform similarly. Also note that aluminum is radiant hen magnetized. Iron is magnetic at low frequencies here aluminum is not magnetic; but, aluminum is magnetic at high frequencies where iron is not magnetic. A high frequency electromagnetic energy may lift aluminum even in the Earth magnetic flux gravitational attraction. Residual Reverberation Physics: Since a stellaric or solaric mass explodes, it also implodes from returning of the intense percussion.This produces standing waves of multifarious frequencies that are extremely low; as well as trapped high frequencies. This may cause false analytical data when observing the events. Quasaric Irradiation Hyperstellarc Energization: Quasars and Pulsars emit radiation that are integral to the half life hyperstellaric irradiation energetical level quantization. I pulsar or quasar will emit pulses of radiation that are deposited within space. Before the half life, another pulse replenishes the extrinsical atmosphere of space. The energy supplies the stars with radiation required for atomic fluorescence. The Pulsars and Quasars function as power supplies to the stars. This is inverse to solaric galaxies where suns emit atomic photons to illuminate the galaxy remotely. Similarly to he suns, stellaric atmospheres are 3 times larger than the solid mass. This allows hyperfluorescence of the internal atmosphere. Iolite and cordierite are predominant minerals of stars; similarly to sand that is predominant to Earth .The stellaric atmospheres consist of extensive granularic particulates that assist in hyperfluorescence. That is the reason most stars will emit huge quantities of clouds after mass disintegration. It is to be noted that black hole densities are so great, if the Solaric system of the Earth enters its magnetic gravitational field, the entire Solaric system would be compressed to within 1 cubic inch maximally.